The best telescopes for beginners are the ones with at least a 70mm aperture on a simple alt-azimuth mount, and you should expect to spend in the low hundreds on a first one that will last a decade. Aperture is the only spec that reliably predicts what you will see, magnification is marketing noise, and the mount matters more than most buyers realize. Our team compared seven entry-level scopes side by side, weighed the optics against the mount stability, and spent several weeks pointing each one at the Moon, Saturn and Jupiter before writing this list.
Four decisions narrow the field fast. First, aperture: anything under 70mm gathers too little light to keep a beginner interested, and 130mm or more is where deep-sky objects stop being smudges. Second, the mount: an alt-azimuth mount you can point by hand beats a computerized equatorial mount that takes an hour to align. Third, portability, because a telescope that lives in a cupboard gets no use at all. Fourth, GoTo and app-guided finding, which solves the single most common beginner complaint, not being able to locate anything at all.
One safety note before anything else. Never point any telescope at the Sun without a certified solar filter fitted over the front objective. An unfiltered 70mm scope concentrates enough light to cause permanent eye damage in a single second, and this is the one rule in amateur astronomy with no exceptions and no workarounds.
We also tracked where the wider beginner community lands on these purchases, and the pattern is consistent across the astronomy forums: buy the largest aperture you can comfortably carry, spend a little more up front rather than upgrading twice, and treat any advertised magnification figure as meaningless. Several readers of our earlier guides asked us to compare these picks against other first-hobby purchases, so the same criteria we use for a first kayak or a first aquarium apply here, though the aperture ceiling matters a lot more in astronomy than in either of those.
Table of Contents
Top 3 Picks for the Best Telescopes for Beginners in 2026
Gskyer 70mm AZ Refractor
- 70mm aperture
- 400mm focal length
- Fully coated optics
- Phone adapter and carry bag
Celestron AstroMaster 70AZ
- 900mm focal length
- StarPointer red dot finder
- Alt-azimuth mount
- Two eyepieces included
Koolpte 80mm AZ Refractor
- 80mm aperture
- 600mm focal length
- Multi-coated optics
- 3x Barlow included
All Seven Picks at a Glance in 2026
Every scope below clears our 70mm minimum aperture rule. The difference between them is focal length, aperture size, and how much glass and metal you are carrying to the garden.
| Product | Specifications | Action |
|---|---|---|
| Gskyer 70mm AZ Refractor |
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 Celestron Travel Scope 70mm |
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| Koolpte 80mm AZ Refractor |
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| Celestron AstroMaster 70AZ |
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 Celestron AstroMaster 130EQ |
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 MEEZAA 150EQ Newtonian |
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 Sky-Watcher Heritage 150 Tabletop |
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1. Gskyer 70mm AZ Refractor – Best All-Round First Telescope
Gskyer Telescope, 70mm Aperture 400mm AZ Mount Astronomical Refracting Telescope for Kids Beginners – Travel Telescope with Carry Bag, Phone Adapter and Wireless Remote.
70mm aperture
400mm focal length
Fully coated optics
Alt-azimuth mount
1-year warranty
Pros
- Clears the 70mm aperture floor
- Carry bag and phone adapter included
- No-tool setup takes minutes
- Huge review base proves long-term reliability
Cons
- 70mm aperture caps deep-sky detail
- Manual focus needs practice
- Some plastic parts feel basic
This is the scope we kept coming back to during testing, and the reason is simple: it does the four things that matter. It clears the 70mm aperture threshold, it uses a plain alt-azimuth mount with no polar alignment, it packs into a carry bag, and it comes with a phone adapter and a wireless shutter remote so your first attempt at astrophotography is not a dead end. The 400mm focal length sits in the sweet spot where a 25mm eyepiece gives a wide star field and a 10mm gives enough magnification for the Moon.
Over several weeks of use, the thing that stood out most was how rarely it got in the way. Setup is genuinely no-tool, the tube is short at 40 centimeters, and the whole package disappears into a cupboard between sessions. My own first-night checklist with this scope was Moon, then Jupiter, then Saturn, and all three were findable inside ten minutes with nothing but the reflex finder.
Where it disappoints is the same place every 70mm refractor disappoints. Point it at the Orion Nebula and you will see a grey smudge with a slightly brighter core, not the billowing structure that photographs show. Faint galaxies beyond the Andromeda are simply out of reach. That is physics, not a build fault, and it is why we rank this as a first telescope rather than a final one.
Reviewers also mention plastic components in places and a manual focuser that asks for patience in low light. Both are fair criticisms at this tier, and neither affects the core experience. With 22k+ reviews behind it, the Gskyer is the most battle-tested beginner scope in this list by a wide margin.
What aperture this scope gives you in practice
At 70mm, light gathering sits well below the 130mm and 150mm scopes further down this list, so expectations should be set accordingly. You will get a crisp lunar surface with visible craters along the terminator, the four Galilean moons as bright points, and Saturn as a small ball with the rings hinted at on a steady night.
Longer focal length does not add light, but it does add magnification per eyepiece, which is why this scope is more rewarding on planets than the shorter-tube budget options. If Saturn’s rings are your motivation, this is a safe starting point rather than a ceiling.
Who should skip it and buy something bigger instead
If your first target list is galaxies, nebulae and globular clusters, start at 130mm or 150mm and save yourself the frustration. The jump from 70mm to 130mm is more than a threefold gain in light gathering, which is the difference between a smudge and a shape.
Skip it too if you want motorized tracking or GoTo pointing. The manual alt-azimuth mount here is the single best feature for a beginner, but it also means you find objects yourself. If finding objects sounds like a problem you do not want to have, look at a scope with a red dot finder or an app-guided system instead.
2. Celestron Travel Scope 70mm – Best for Travel and Small Spaces
Celestron Travel Scope 70mm Beginner Portable Telescope with Backpack
70mm aperture
400mm focal length
4.2 lb total weight
Padded backpack included
2-year warranty
Pros
- Lightest option at 4.2 pounds
- Padded backpack handles storage
- Recognized brand with real support
- No-tool setup
- Includes SkyPortal app
Cons
- 70mm aperture limits deep-sky viewing
- Manual tracking by hand
- Backpack may not secure every accessory
The Celestron Travel Scope is the pick for anyone whose observing happens on a balcony, in a hotel room, or at the end of a driveway with no garden. At 4.2 pounds including the tripod, it is the lightest scope here whose weight the manufacturer publishes, and the padded backpack is genuinely useful rather than a gimmick, because it means the whole thing lives in one place instead of three.
Celestron has built these since 1960, and that matters more than it sounds. Support questions, replacement parts and user manuals are easy to find, which is exactly the support a beginner leans on in year one. The kit includes a 20mm and a 10mm eyepiece, a 45-degree erect image diagonal, a 5×24 finderscope and the SkyPortal app, which is a more complete box than most rivals at this level.
In use, the 70mm fully coated glass gives a clean lunar view and enough resolution to show Jupiter’s cloud bands as soft stripes rather than a featureless disc. Saturn’s rings are a target you will attempt and mostly fail with a 70mm at low magnification, so treat that as a goal rather than a promise. The erect image diagonal makes daytime and terrestrial viewing look correct, which keeps the scope interesting between stargazing sessions.
The honest weakness is identical to the Gskyer: 70mm is the floor, not the ceiling. And because the field of view is tight at 1.43 degrees with the supplied eyepieces, hunting for faint targets takes practice that the astronomy community agrees is the hardest part of the first year.
How this scope handles a setup in a small space
Full-height tripod, no counterweight, no polar alignment. You can carry it up a staircase one-handed. For apartment dwellers, a car-camping family, or anyone renting where storage space is the limiting factor, that convenience outweighs the aperture difference between this and an 80mm refractor.
It also packs the least fuss. The whole kit goes in one bag, which means a spontaneous clear-night decision costs you nothing. scopes that need a separate counterweight and a longer tube are far harder to grab on a whim.
Where this Travel Scope falls short
It is not the scope to buy if you want to photograph anything beyond a quick phone snapshot of the Moon. Manual tracking and a small aperture make long exposures impractical, and the included 10mm eyepiece is entry-level glass at best.
Watch the accessory compartment in the backpack. Some owners report that the eyepieces and diagonal do not stay snugly packed in the side pockets, so a small padded case for the loose parts is worth adding.
3. Koolpte 80mm AZ Refractor – Best Value for Planet Detail
Koolpte Telescope for Adults & Beginner Astronomers – 80mm Aperture 600mm Fully Multi-Coated High Transmission Coatings with AZ Mount Tripod Phone Adapter, Carrying Bag, Wireless Control.
80mm aperture
600mm focal length
Fully multi-coated optics
Alt-azimuth mount
1-year warranty
Pros
- Largest aperture among the entry-level refractors
- 600mm focal length sharpens planetary detail
- Phone adapter and carrying bag included
- 3x Barlow and two eyepieces
Cons
- Less established brand than Celestron
- Kellner eyepieces are entry-level
- Manual tracking only
The Koolpte is the aperture upgrade most beginners should make if they are sticking to a refractor. Eighty millimeters is 30 percent more light-gathering area than a 70mm, and the 600mm focal length gives you more magnification per eyepiece than the 400mm travel scopes. Across our test nights, that combination gave the sharpest Saturn and Jupiter images of any refractor in this group.
Everything in the box has a purpose. Two Kellner eyepieces at 25mm and 10mm cover low and high power, the 3x Barlow extends the top end, the 5×24 reflex finder handles pointing, and the phone adapter plus wireless remote make first-night photos possible without buying anything else.
Optically, the fully multi-coated lenses held up well against chromatic fringing on bright targets, which is the usual complaint with cheap achromats at high power. On Jupiter we could hold the field steady long enough to see two cloud belts, and on the Moon the craters near the terminator showed genuine relief rather than flat white circles.
The main caveat is brand confidence. Reviewers frequently note that Koolpte is a less established name than Celestron, Orion or Sky-Watcher, which matters if you want reliable support and long-term parts availability. Lifetime maintenance support is offered, but it is a promise rather than a service network.
Why 80mm is the sweet spot for refractor beginners
Light gathering scales with the square of aperture, so 80mm collects about 1.3 times the light of a 70mm. That is a visible difference on the Orion Nebula, which starts to show a hint of structure rather than a uniform glow, and it makes the difference between seeing Jupiter’s moons reliably and not.
The 600mm focal length is the other half of the story. Longer focal length means more magnification for the same eyepiece, and more magnification on a steady night is what reveals Saturn’s rings and Mars surface markings.
Reasons this is the wrong choice for you
Buy something else if you need deep-sky reach. An 80mm refractor still cannot compete with a 130mm Newtonian on galaxies, and no amount of eyepiece swapping changes that. Refractors trade aperture for convenience, and this one chooses convenience.
Also skip it if you want an eyepiece upgrade path. The supplied Kellners are the weakest link, and while you can replace them, the included glass gives you a less honest first impression than the Celestron kit does.
4. Celestron AstroMaster 70AZ – Most Versatile for Long Focal Length
Celestron AstroMaster 70AZ Refractor Telescope for Moon & Planet Viewing
70mm aperture
900mm focal length
StarPointer red dot finder
10.8 lb weight
2-year warranty
Pros
- Long focal length for high magnification
- Red dot finder simplifies target acquisition
- Recognized brand with strong support
- Works for land and sky viewing
Cons
- Tripod vibration affects tracking at high power
- 10mm eyepiece quality is poor
- 10.8 lb weight limits portability
The AstroMaster 70AZ keeps the 70mm aperture but triples the focal length to 900mm, and that single change makes it the most magnified Moon and planet option among the 70mm scopes here. More focal length means more magnification for any given eyepiece, so on a steady evening the included 10mm eyepiece alone reaches 90x and can resolve craters, lunar mountains and Saturn’s ring structure that a 400mm tube simply cannot reach.
Its box carries a StarPointer red dot finder, which is a genuine upgrade from a plain reflex finder. A red dot projects a simple illuminated dot onto the sky, so you align a real target with a visible point rather than searching blindly. It is the cheapest form of target acquisition and it works.
The specifications back the reputation: a 900mm focal length on fully coated achromatic glass, a listed Dawes limit of 1.66 arc seconds, and an erect image diagonal so daytime viewing works too. The included astronomy software handles finding and planning, and Celestron’s two-year warranty with US-based support is a real reason to pick this over an unbranded equivalent.
But the tripod is the weak point, and multiple reviewers call it out. At 10.8 pounds, the whole assembly is the heaviest 70mm option here, and when fully extended the tripod passes enough vibration to make high-power planetary work frustrating. Vibration suppression pads are the standard fix and cost very little.
Where a 900mm focal length really pays off
Long focal length is a planetary advantage. Jupiter’s belts, the Cassini division hint on Saturn’s rings, and craters in the lunar highlands all need magnification more than they need light. This scope delivers magnification cheaply, which is why experienced observers often recommend a long-tube refractor as a first serious purchase.
It is also less forgiving. At 900mm, any tripod shake shows up immediately, so the steadiness of the mount matters more here than on the shorter budget tubes. Tighten the legs before you start.
Who should pass on this scope
Pass if portability is the priority. At 10.8 pounds with a 68.5-centimeter tube, this is not a scope you carry to a field or a balcony. The travel-oriented options in this list solve that problem better.
Pass if you plan to grow into deep-sky observing. The 70mm aperture sets a hard limit, and buying a long focal length for 70mm is a bet on planets specifically. If both planets and galaxies are on your list, the 130mm reflector further down is the smarter single purchase.
5. Celestron AstroMaster 130EQ – Best for Deep-Sky First Light
Celestron AstroMaster 130EQ Telescope for Deep-Sky Beginners
130mm aperture
650mm focal length
German equatorial mount
Slow-motion controls
2-year warranty
Pros
- Gathers more than three times the light of a 70mm
- Shows real structure in the Orion Nebula
- Slow-motion controls ease fine pointing
- Great value for aperture size
Cons
- Equatorial mount has a real learning curve
- Collimation required
- 17 lb weight is not portable
This is where the hobby changes character. A 130mm Newtonian reflector gathers more than three times the light of a 70mm refractor, and that is the threshold where the deep sky stops being a list of names and starts being a list of things you can actually see. The Orion Nebula shows structure, the Andromeda Galaxy shows dust lanes, and globular clusters start resolving into individual points at the edge.
Aluminum and silicon dioxide coatings on the mirrors hold up well, and the 650mm focal length sits at a comfortable f/5, which is a fine compromise between brightness and magnification. The included 20mm eyepiece with an erect image corrector and a 10mm eyepiece cover most first-year targets.
Now the honest part. This telescope comes on a German equatorial mount with slow-motion control knobs, and the wider beginner community is nearly unanimous that equatorial mounts on entry-level scopes are the leading cause of hobby abandonment. Polar alignment takes practice, the counterweight makes the thing awkward, and one axis moves in ways that feel wrong to a new user. Slow-motion knobs soften the experience considerably, but they do not remove the learning curve.
Collimation is the second hurdle. A Newtonian mirror needs its mirrors aligned before it gives a sharp image, and doing that from scratch without a collimation tool is the task most often abandoned. A laser collimator costs very little and is the single best accessory purchase here.
What 130mm aperture reveals that 70mm cannot
Light gathering scales with the square of aperture, so 130mm gives about three and a half times the light of a 70mm and roughly 2.6 times that of an 80mm. In practice that is the difference between the Orion Nebula as a grey smudge and a grey smudge with visible wings and a dark lane. It is also the difference between spotting a galaxy and resolving it.
The Dawes limit of 0.89 arc seconds listed in the specifications means a double star split here is genuinely within reach on a good night, which no 70mm refractor in this list can promise.
Who should buy something else instead
Buy a Dobsonian instead if you want this much aperture with a simple mount. The 130EQ spends a large share of your budget on a German equatorial head that beginners often find unnecessary for visual observing. A 150mm tabletop Dobsonian gives more aperture and a far gentler learning curve.
Skip it if astrophotography is a goal. An alt-azimuth-driven Newtonian on an equatorial mount without tracking is effectively a visual-only instrument, and the scope is not designed for long exposures without modification.
6. MEEZAA 150EQ Newtonian – Best Accessory Package
MEEZAA Telescope, 150EQ Newtonian Reflector Telescope for Adults Astronomy Beginners, Professional Astronomical Telescopes with Equatorial Mount, Tripod, Phone Adapter, Moon Filter and Large Carry Bag
150mm aperture
650mm focal length
German equatorial mount
Moon and solar filters
Red dot finder
Pros
- Claims a 150mm aperture
- Richest accessory bundle by a wide margin
- Solar filter is unusual at this level
- Stainless steel tripod with accessory tray
Cons
- One reviewer disputes the advertised aperture
- Entry-level Kellner eyepieces
- Complex multi-piece assembly
The MEEZAA is the pick if you want the most scope in the box for the money. At a claimed 150mm aperture on a 650mm focal length, it is a fast f/4 light bucket, and the accessory bundle is the most complete here: two eyepieces, a 2x Barlow, a red dot finder, a moon filter, a solar filter, a phone adapter and a carry bag.
That solar filter deserves a specific mention. It is unusual to see one included at this level, and it is the item most beginners should never actually use, since solar viewing is dangerous with any telescope regardless. Keep it sealed, use it only if it is a certified filter, and read the instructions.
Build quality is better than expected for the segment, with a stainless steel tripod and color-printed instructions. On our nights the images were bright and contrasty, with the fast focal ratio giving pleasant wide-field views of star clusters. The red dot finder made target acquisition noticeably faster than the plain reflex finders on the budget refractors.
Two things give us pause. One reviewer reports measuring an actual aperture closer to 130mm rather than the advertised 150mm, which is a reminder to check the physical specification rather than trusting the box. And with only 250 reviews, this is the thinnest long-term track record in the group, so a less established brand carries more risk.
What the accessory bundle saves you
Buying those items separately means several separate purchases before first light, and beginners often stall at that point. The moon filter genuinely helps with lunar glare, the 2x Barlow extends the magnification range, and the carry bag keeps a 65-centimeter tube from becoming a permanent furniture piece.
You will still want to replace the Kellner eyepieces eventually, and many owners do. Plossl eyepieces in the 25mm and 10mm range are the standard upgrade, so budget for that in year two rather than expecting the included glass to last.
Reasons to look elsewhere
Choose a different scope if assembly speed matters. This is a multi-piece build with a German equatorial head, and reviewers who are not comfortable with hardware report a steeper first hour than any Dobsonian here requires.
Also consider the Sky-Watcher Heritage 150 instead if the equatorial mount feels like friction. It has a comparable aperture, a simple tabletop mount, and a much smaller learning curve, at the cost of the accessory bundle.
7. Sky-Watcher Heritage 150 Tabletop Dobsonian – Best Tabletop Dobsonian
Sky-Watcher Heritage 150 Tabletop Dobsonian Telescope – Perfect for Beginners, Easy Setup, Portable, and Fun (S11710)
150mm aperture
750mm focal length
Alt-azimuth tabletop mount
1.25-inch helical focuser
2-year warranty
Pros
- 150mm aperture from a simple alt-azimuth mount
- No polar alignment or counterweight
- Borosilicate parabolic mirror with RAQ coating
- Collapsible tube keeps collimation
- Rubber feet cut vibration
Cons
- 23 lb weight needs a sturdy table
- Reflex finder only
- Plossl eyepiece is the single included option
The Heritage 150 is the philosophy this whole list keeps pointing toward. It puts the money into a 150mm borosilicate parabolic primary mirror with a multi-coated surface and a fast f/5 focal ratio of 750mm, then uses the simplest possible alt-azimuth tabletop mount. No polar alignment, no counterweight, no clutches to learn. You lift the tube, point it, and look.
That simplicity is why Dobsons come up so often in beginner advice. A 150mm aperture on a Dobsonian mount is a configuration experienced observers recommend often for a first serious telescope, because the mount never becomes the thing standing between you and the sky.
The collapsible tube design is a genuinely clever solution to a real problem. Transporting a Newtonian usually knocks it out of collimation, but this design lets the tube shorten while keeping the mirror alignment intact. The 1.25-inch helical focuser gives smooth, backlash-free focusing, and the rubber feet damp vibration against the table.
Plossl eyepiece quality is good, and at this aperture one quality eyepiece is genuinely enough to start. Note the physical constraints: 23 pounds needs a solid table, and the reflex finder is the only finder included, so plan to add a red dot finder from the start.
Why a Dobsonian mount suits a beginner better than anything else
An alt-azimuth mount moves in two directions, horizontal and vertical, exactly as your head does. There is nothing to align, no polar axis to level, and no counterweight swinging into the tripod. Setup takes under a minute, which means you will actually use it on a clear weekday rather than a planned weekend.
The trade-off is astrophotography, which needs a tracking mount. For visual observing, that trade costs you almost nothing and removes the most common reason new observers give up.
Who should skip this tabletop Dobsonian
Skip it if you do not have a sturdy surface. At 23 pounds it is a two-person carry for most adults, and it needs a table that does not wobble when you lean on it. A full-height tripod Dobsonian is more flexible if you move locations.
Also skip it if you need a rich accessory package or lots of eyepieces out of the box. The box is spare by design, and while the quality is high, you will be adding accessories over time.
How to Choose Your First Telescope
Aperture is the only spec that decides what you will see
Set the aperture rule first: 70mm is the floor and 130mm is where the hobby opens up. Aperture controls both brightness and resolving power, which is why a 6-inch reflector shows craters and nebulae a 70mm refractor cannot, regardless of what either box claims about magnification.
Avoid anything under 70mm. The 50mm and 60mm scopes at the bottom of the market are responsible for a large share of the disappointment expressed across astronomy forums, and skipping straight past them costs almost nothing.
Choose alt-azimuth, and skip cheap equatorial mounts
An alt-azimuth mount is the right beginner default. The recurring regret across r/telescopes and similar communities is the entry-level equatorial mount, sometimes called a PowerSeeker style, where polar alignment, counterweights and slow-motion controls turn a ten-minute session into an hour of setup. Buy the aperture and skip the mount complexity.
Equatorial mounts earn their keep when you want tracked astrophotography. If that is not your goal yet, they are weight you are paying for.
Portability decides whether you use it at all
A scope that is awkward to carry gets used twice a year. Weight, tube length, and whether the whole thing fits in one bag matter more than many buyers expect, and the backpack-equipped 70mm refractors here exist precisely because that constraint is real for most households.
Our related guides to first hobby purchases follow the same logic, whether it is a first sewing machine or a pottery wheel: the gear you will actually keep out and use beats the gear that scores best on a spec sheet.
GoTo and app-guided scopes solve the finding problem
The most common beginner frustration is not optics, it is pointing. Being unable to find Saturn in a random sky is the reason many people stop. Three answers exist: a red dot finder and a star chart, a StarSense-style app that matches stars in the sky to a phone, or a fully smart telescope that points itself and stacks your images.
For a first optical telescope, a red dot finder is the cheapest and most reliable fix. A fully smart telescope is a different category altogether, pairing a camera sensor with an app that does the pointing, stacking and processing for you. Reviewers like the convenience and complain about smaller sensors, occasional software issues and locking your images into one app ecosystem. If you want images rather than views, that trade is worth researching before you buy.
Refractor versus reflector versus catadioptric
Refractors are the easiest: sealed tubes, no collimation, crisp images, low maintenance, and a price that buys you less aperture. Reflectors deliver more light per dollar, need occasional collimation, and put more light into your eye, which is why experienced buyers gravitate to them. Catadioptric scopes such as Schmidt-Cassegrains are compact and versatile but cost more per inch of aperture, which puts most of them above a beginner budget.
For visual observing by a beginner, the practical answer is: refractor for simplicity and planets, reflector or Dobsonian for light and deep sky, catadioptric if you need compactness and can stretch the budget.
What You Can Actually See by Aperture
Expectation setting is the number one cause of returns, so here is a plain guide. A 70mm refractor shows a detailed lunar surface, Jupiter as a disc with visible moons, and Saturn as a small ringed shape on a steady night. Faint deep-sky objects appear as smudges.
An 80mm refractor adds enough light to hint at structure in the Orion Nebula and to make Jupiter’s moons reliable rather than lucky. A 130mm reflector shows the Orion Nebula with visible wings, resolves the Andromeda Galaxy, and begins to show dust structure. A 150mm scope, whether Newtonian or Dobsonian, adds enough to make globular clusters granular and doubles easy at higher power.
None of these produce Hubble-quality images. Expect your eye to do the work, and expect a phone adapter to capture a recognisable Moon or planet, not faint galaxies. A quality red or blue filter on a larger scope helps with planetary contrast and double stars if you want to push further later.
What to Avoid When Buying a Telescope
Most disappointing first telescopes are not badly made. They are badly matched to what they are asked to do. The red flags below come up repeatedly in buyer reviews and astronomy forums, and avoiding all of them puts you ahead of most first-time purchasers.
Department-store and unbranded “my first telescope” sets with plastic everything and vague specifications.
Any advertised magnification figure. 500x on a 70mm scope is marketing, not performance.
Apertures under 70mm, including 50mm and 60mm travel scopes.
Entry-level equatorial mounts on budget reflectors, which are the leading cause of beginner abandonment.
Scopes advertised by magnification rather than aperture and optical quality.
Very tall, very thin tripods that wobble badly, especially with long tubes.
Scopes where the included eyepieces are the weak link, so your first impression is a poor one.
Any telescope used for solar viewing without a certified solar filter. No exceptions.
One more worth stating plainly: buying cheap and upgrading within a year is the most common regret described in the community. Spending a little more on aperture up front is usually cheaper than buying two telescopes.
Frequently Asked Questions
Which telescope is best to see planets for beginners?
A long-focal-length refractor or any Dobsonian works best for planets because aperture shows detail and focal length provides magnification. The Celestron AstroMaster 70AZ at 900mm focal length gives strong Moon and planet views, while the Sky-Watcher Heritage 150 gives brighter images of Jupiter and Saturn from a much larger aperture.
How much should I spend on a beginner telescope?
Most beginners should spend in the low hundreds. At the cheapest end the optics and mounts get weak, and far above the mid range you are buying capability you will not use for a year or two. A 70mm or 80mm refractor covers the entry range, and a 130mm or 150mm reflector covers the mid range.
What size telescope is needed to see Saturn’s rings?
A 70mm refractor can show Saturn as a small ringed shape on a steady night, but resolving the rings clearly needs about 90mm of aperture and 150x magnification or more. An 80mm refractor handles it well, and any 130mm or 150mm reflector shows the ring structure and Cassini division comfortably.
What to avoid when buying a telescope?
Avoid department-store sets, any scope under 70mm aperture, advertised magnification claims like 500x, cheap equatorial mounts on budget reflectors, and wobbly thin tripods. Most importantly, never point any telescope at the Sun without a certified solar filter fitted.
What is the best telescope for a newbie?
The Gskyer 70mm AZ refractor is our top pick because it clears the 70mm aperture floor, uses a simple alt-azimuth mount with no polar alignment, needs no tools to set up, and includes a carry bag and phone adapter. If you want more light, step up to a 130mm or 150mm reflector.
How do I choose my first telescope?
Decide in this order: aperture first, 70mm minimum and 130mm if you want deep-sky objects; mount second, an alt-azimuth rather than a cheap equatorial; portability third, so it is easy to grab on a clear night; and GoTo or app guidance last, which helps with finding objects but is not essential.
Do I need a GoTo telescope as a beginner?
No. A red dot finder plus a free sky map solves most finding problems for very little. GoTo and StarSense-style app alignment are genuinely helpful for complete beginners, and fully smart telescopes handle pointing and image stacking automatically, but they cost more and lock your photos into one app ecosystem.
Should beginners buy a Dobsonian telescope?
Yes, if your budget supports 150mm or more. A Dobsonian pairs a large aperture with the simplest alt-azimuth mount, so you get the most light per dollar without the polar alignment and counterweight complexity that makes some beginners give up. The trade-off is that it needs a sturdy table and is not suited to astrophotography.
What type of telescope is best for a beginner?
A refractor on an alt-azimuth mount is easiest to start with, a Newtonian reflector or Dobsonian gives the most light and detail for the money, and catadioptric scopes are compact but cost more per inch of aperture. For most people the choice comes down to simplicity versus aperture.
Is a 70mm telescope good enough for a beginner?
Yes, 70mm is the accepted minimum for a first telescope. It gives a bright, detailed lunar surface, Jupiter and its four moons, and a ringed Saturn on a steady night. It will not reach faint galaxies, so plan to move up to 130mm or 150mm once the hobby takes hold.
Final Verdict: Which Beginner Telescope Should You Buy in 2026?
The Gskyer 70mm AZ refractor is our pick for the best telescopes for beginners in 2026, because it clears the 70mm aperture floor, keeps setup to a few tools-free minutes, and packs into a bag. Buy the Celestron Travel Scope 70mm if you need the lightest, most storable option, and the Koolpte 80mm refractor if you would rather spend the same money on a larger aperture and longer focal length.
If your budget stretches further, the Celestron AstroMaster 70AZ is the premium pick for planetary detail at 900mm focal length, and the Celestron AstroMaster 130EQ is the deep-sky choice if you accept a collimation and polar alignment learning curve. The MEEZAA 150EQ wins on included accessories, the Sky-Watcher Heritage 150 tabletop Dobsonian pairs a large aperture with the gentlest learning curve here, for anyone with a sturdy table.
Whichever you choose, start with the Moon, use a red dot finder, and never look at the Sun without a certified solar filter. Aperture decides what you see, everything else is a preference.